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Related Manuals for ThermoFisher Scientific Odalog G20 Series
Summary of Contents for ThermoFisher Scientific Odalog G20 Series
- Page 1 Odalog G20 Series User Manual ODA59-0691 Rev E - August 2024...
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Page 2: Table Of Contents
Contents Contents ________________________________ 2 7.1. USB (UART) _______________________ 22 Document Revisions _______________ 5 7.2. Bluetooth (BLE) ___________________ 22 Safety Precaution __________________ 6 7.3. MODBUS _________________________ 22 7.3.1. Wiring Configuration_________________ 22 2.1. FCC _______________________________ 6 7.3.2. G20 MODBUS Setting ________________ 22 2.2. - Page 3 Contents ..........................2 Document Revisions ....................5 Safety Precaution ......................6 2.1. FCC ..........................6 2.2. EMC ..........................6 2.3. Alert Signals ........................6 2.3.1. Odalog ® G20/ G20N ..........................6 2.3.2. Odalog G20N RTx ..........................7 ® Your Odalog G20 ......................9 3.1.
- Page 4 7.3.1. Wiring Configuration .......................... 22 7.3.2. G20 MODBUS Setting ......................... 22 7.3.3. MODBUS Detailed Format ........................23 7.4. Modem (G20N RTx) ......................23 7.4.1. FTP Transfer ............................23 7.4.2. SMS Alarms ............................23 OdaStat-NX ....................... 26 8.1. Home Screen......................... 26 8.1.1.
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Page 5: Document Revisions
Document Revisions Table I: Document Revision History Revision Date Description 10-06-2022 Initial Release 29-05-2023 Update Information Table 14-12-2023 Update memory storage information 15-01-2024 Update label, error display and information, add version history 13-08-2024 Update document format, add G20N RTx, add details on contents Document Revisions | 5 Odalog G20 Gas Logger User Manual Rev E... -
Page 6: Safety Precaution
2. Safety Precaution 2.3. Alert Signals 2.1. FCC As the user of the product, it is your responsibility to understand proper function operational This device complies with Part 15 of the FCC Rules and characteristics of the loggers. This user manual should with Innovation, Science and Economic Development be thoroughly read, and all operators should be given Canada’s licence-exempt RSS(s). -
Page 7: G20N Rtx
Only touch instrument with LITHIUM BATTERY SAFETY: insulating object. a. This instrument uses lithium battery. All safety and handling precautions must be To avoid build-up of electrostatic charge, observed (lithium contained = approx. the instrument shall be installed in a fixed 3.9 grams per D-size high current location where it will be protected from battery). - Page 8 Before each deployment, sensitivity must The enclosure shall only be disassembled be tested on a known concentration of test in the non-hazardous area. gas (to match the sensor type) equivalent to 20-50 percent of full-scale concentration. The following parameters shall be taken Accuracy must be within into account during interconnection in a ±10% of actual concentration or ±5% of full...
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Page 9: Your Odalog G20
Your Odalog G20 3.1. The Models The following Table II shows the available units covered Loggers are portable gas monitoring devices capable of in this user manual. The G20/ G20N/ G20N RTx Gas logging poisonous gases in the harshest environments. Table II: The model on G20 Series Model Range (ppm) -
Page 10: Unpacking
authorization. When submitting a claim for shipping 3.3. Unpacking damage, request that the carrier inspect the shipping container and equipment. At delivery, examine the exterior for physical damage while the carrier’s representative is present. If exterior 3.3.1. Packing List damage is present, carefully unpack and inspect the unit and all accessories for damage. -
Page 11: Introduction
4.2. Odalog G20N RTx Introduction The new generation Odalog G20N RTx has a similar design to the Odalog G20, using all its features plus a new wireless data transmission and extended battery life. The new Odalog G20 models are portable gas data With low power consumption coupled with a Lithium D- loggers designed for application in harsh environments, cell power source, battery life will exceed three months in... -
Page 12: General Specifications
4.3. General Specifications Storage of the OdaLog® instrument, with sensors fitted following table shows product sensor should be limited to the temperature range of 0°C (32°F) specifications and calibration requirements. to +25°C (75°F) and between 20% to 80% RH. The Table III: Product Specifications Specification Generic on All Models... -
Page 13: Quick Start Guide
Quick Start Guide Users will find within their new Odalog box as follows: 4. In the OdaStat-NX, change the connection setting to USB and click the Connect button. 1x Odalog (G20/ G20N/ G20N RTx) unit • 5. The COM will appear automatically, and clicking the 1x USB cable and 1x MODBUS cable •... -
Page 14: Enabling The Modem
The Modem Settings include the Access Point DUE EOL means the sensor end of life in days, • Name (APN), the FTP Server Setting and SMS When the value reaches 0 the sensor can no longer information for the receipt of Alarms read the target gas. -
Page 15: Operation
Operation P1, P2, and P3 are the segments to display the 6.1. Odalog Display battery percentage, as shown in Figure 9. The battery percentage display appears on all screens. This section describes a brief operating procedure for the Stage 1 have all segments lit, it allows the •... -
Page 16: Odalog G20/ G20N
Users need to observe the battery display indicator or 6.2. Odalog G20/ G20N battery level from the data. MEMORY • 6.2.1. Main Menu The size of free memory, expressed in Gigabyte. SECOND When the users hold the magnet at the MENU after •... - Page 17 START LOG This screen enables logging of the data. The LOGGING symbol confirms the selection, flashing on the screen (see Figure 13). Figure 15: UART Comms ON/ OFF Figure 13: Start Logging STOP LOG When Odalog is logging data (LOGGING symbol is showing) use the below sequence to cease logging (see Figure 14).
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Page 18: Extra Menu
UART This screen enables a USB (Universal Asynchronous Receiver-Transmitter) link for communicating with the Odalog instrument. Users can utilize the USB cable to communicate with the unit. This screen selection enables Bluetooth Low Energy (BLE) links for communicating with the Odalog instrument. -
Page 19: Odalog G20N Rtx
observe the battery display indicator or battery level 6.3. Odalog G20N RTx from the data. MEMORY • 6.3.1. Main Menu The size of free memory, expressed in Gigabyte. SECOND A series of menus will appear when the users hold the •... - Page 20 Figure 22: Transmit ON Figure 23: Transmit OFF Figure 21: The Status Screen of Odalog G20N RTx TRNSMT This screen selection enables/ disables the transmission through the 4G modem. There are three sub-functions following this: TRNSMT ON • It will enable the transmission; users will see this selection if there is no previous active transmission (see Figure 22).
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Page 21: Extra Menu
UART 6.3.2. Extra Menu This screen selection enables a UART (Universal There are several functions that are accessible from the Asynchronous Receiver-Transmitter) link OFF screen. Users will need to keep holding the magnet communicating with the Odalog instrument. Users can at the MENU past the 7-segment display initialization utilize the USB cable to communicate with the unit. -
Page 22: Communications
7.3. MODBUS Figure 26: ATEX Safety Barrier The Odalog G20 series has a MODBUS connection suitable for integrating into a control/ monitoring system 7.3.2. G20 MODBUS Setting such as a dosing system. This integration will allow an automatic process in utilizing the H₂S reading. -
Page 23: Modbus Detailed Format
choose any starting number. However, this number has F8 60 41 DD represent Temperature in reverse endian • shifted by 1 to the standard starting register for 41 DD F8 60 (27.74 °C) MODBUS. In the back-end process, if the user sets the FF E0 42 88 represents Humidity in reverse endian •... - Page 24 45210021 is the unit serial number 1. Test SMS • Sewer1 is the site identification name • The TEST SMS will be sent to the registered number when the user enables the unit transmission for the first 36 is the current gas reading. •...
- Page 25 9. Sensor replacement due in 10 days Alarm SMS This occurs when the due time for sensor replacement is within ten days. The SMS example as follows: 45210021, SITE#Sewer1, REPLACE SENSOR WITH IN 10 DAYS Explanation: 45210021 is the unit serial number •...
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Page 26: Odastat-Nx
OdaStat-NX 8.1. Home Screen Figure 27: OdaStat-NX User Interface Figure 27 shows the Home Screen of the OdaStat NX; users may access each software function directly. There are four main areas within the Home Screen: The Top Menu (1) provides access to the selected •... -
Page 27: Bluetooth Connection
Users can connect to more than one device as long as each device has a different Bluetooth ID1. After the established connection for the first time, the OdaStat-NX will keep the information next time. Once a successful connection has been established, the Successful Connection Pop-up window will appear (see Figure 30) followed by the Login Page (see Figure 31). -
Page 28: Main Menu
The site ID is used to identify the instrument and the 8.2. Main Menu deployment location. The default site ID is SFC which stands for Standard Factory Configuration. The menu on the left of the Home Screen retains similarities with the previous OdaStat software. This includes the interface for setting up the Odalog unit, time 2. -
Page 29: Temperature Setup
Set the time interval for the Bluetooth to wake up. This option enables users to log the signal strength. Users may set it to 0 to disable automatic Bluetooth • Modem Wakeup Interval wake-up. This setting allows the data transmission interval. At this moment, this feature is temporary disable on •... -
Page 30: Open Parameter File
8.2.4. Download Log Users can access this function after successfully connecting to a unit. A Download Log button allows the users to download the unit data (see Figure 42). Figure 39: Config File List • Configure Device users can send the configuration to the Odalog unit. Figure 42: Download Log Interface After the users are satisfied with the setting, they can click this button. -
Page 31: Clear Log
Users can choose to view one or multiple sessions; the 8.2.5. Clear Log latter is like Joined Session in the old OdaStat-NX. The Chart will display data from all the ticked sessions. The clear log function is accessible from any window or function and does not have a particular interface;... -
Page 32: Extra Menu
There are three functions to use: 8.3.2. Firmware Updater • Open Data File This Firmware Updater function allows the user to This function allows the user to view of the list of update the Odalog G20 firmware, the process is available uploaded data in the server;... -
Page 33: Chart
plot will use a measurement data with 5-second 8.4. Chart rate. Users need to provide the target gas information to see the T90 analysis chart. Users can see the data as a chart (see Figure 53) via Chart (2) shows the data as a line chart; the number •... -
Page 34: Unit Care
Unit Care 9.1.3. MODBUS Installation 9.1. Deployment The unit complies with ATEX certification for deployment in the explosive atmosphere. To utilize the MODBUS 9.1.1. Installation connection, the users must add a safety barrier unit to bridge between the explosive area (installation site) and There are several considerations when deploying the the non-explosive area (control panel). -
Page 35: Calibration
valve, flexible tubing). Prepare a calibration gas bottle or if you have it as part of the fume cupboard. 9.2. Calibration • Have a calibration fitting connected to the clear tubing and place it underneath the unit. 9.2.1. NULL • Have the control valve connected to the gas bottle and the other end of the tubing connected to the •... - Page 36 • When doing the T90 test directly, set the measurement interval in Odalog G20 configuration IMPORTANT NOTE: to 5 seconds. • Open the valve and let the gas flow for a minute, Please consider replacing the sensor if the DUE EOL value at 30 or below, as it means you can only use the download the data and observe the chart using the OdaStat-NX.
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Page 37: Troubleshooting
Troubleshooting shows all possible errors on display; each event has 10.1. Main Errors information about the possible causes and solutions. Some error messages occur when accessing the unit The G20 unit shows an error message on the display STATUS screen; others can happen in a flash; or during when it detects an error during a particular process or a calibration processes. -
Page 38: Events
Besides the errors, there are a couple of possible events that users may find during the utilization of the The following Table VII shows most probable events Odalog G20 series instruments. These events may lead that the user may see. Table VII: List of Possible Events... - Page 39 Australia: New Zealand: For customer service, call 1300-735-292 For customer service, call 0800-933-966 For service and calibration, call 1300-736-767 For service and calibration, call 0800-933-966 To email an order, ordersanz@thermofisher.com To email an order, ordersnz@thermofisher.com Learn more at thermofisher.com/odalog For Research Use Only. Not for use in diagnostic procedures. © 2024 Thermo Fisher Scientific Inc. All rights reserved.
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